Control & Automation for Machines in Pelt

Control & Automation

Machines that move,
think and perform.

We automate and control machines and high-tech systems — new builds and existing installations — so they perform exactly as required, every time.

Discuss your project

View our work

01.

New machine automation

Control architecture designed from the ground up, embedded alongside your mechanical and electrical engineering from day one.

02.

Retrofit & upgrades

Existing machines unlocked. We modernize legacy systems with advanced control without requiring a complete redesign.

03.

High-tech systems

Precision motion, semiconductor equipment, lab automation — we work with demanding specs in demanding industries.

What we offer

SERVICES

01 — Automation

Machine & System Automation

We automate machines and high-tech systems from end to end — both new builds and existing installations. Whether you need a full automation architecture or a targeted upgrade of a specific subsystem, we design and implement reliable control systems that fit your process and your team.

New machines Retrofit High-tech systems End-to-end integration

02 — Implementation

PLC, IPC & Real-Time Programming

We program and deploy control software on the platforms your application demands. From industrial PLC environments to high-performance IPC solutions and Speedgoat real-time targets for model-based control we bring the right implementation to your hardware.

PLC programming IPC programming Speedgoat / Simulink RT Matlab / Simulink

03 — Motion

Servo Control & Precision Motion

Accurate, stable, and fast servo control is at the heart of most high-tech machines. We design, tune, and validate servo loops for demanding positioning and tracking applications — getting the most out of your actuators while staying within mechanical limits.

Servo tuning Position control Tracking performance Multi-axis

04 — Control Design

Robust Feedback Control

When standard PID tuning reaches its limits, we apply advanced feedback design methods — shaping stability margins, bandwidth, and disturbance rejection systematically. The result is a controller that performs consistently across your operating range, even under variation and uncertainty.

Loop shaping Stability margins Disturbance rejection MIMO-control

05 — Modeling

Process Modeling, Simulation & Optimization

Before committing to hardware, we model and simulate your system to understand its behavior, test control strategies, and optimize performance. This reduces costly trial-and-error on the real machine and gives you confidence in the design before commissioning.

First-principles models Digital twin MPC / optimization Simscape / Simulink

06 — Identification

System Identification

We measure and characterize your machine’s dynamic behavior from data, extracting accurate models of frequency response. These identified models feed directly into controller design, enabling performance that first-principles estimation alone cannot achieve.

Frequency response Modal analysis Data-driven models Validation

07 — Prototyping

Motion System Prototyping

We build and test motion system prototypes to validate concepts early, integrating hardware, software, and control in a working demonstrator. This accelerates the path from concept to product and gives your team a tangible basis for design decisions.

Prototyping Hardware-in-the-loop Proof of concept Performance validation

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Not sure what your system needs? We’ll help you figure it out.